They combine the functions of a multimeter, energy meter and data logger. Using KNX FacilityWeb, the meters can read out and log numerous measured values, such as active and reactive energy, active and reactive power, voltage, current and power factor. Each one of the different power values can be monitored with two thresholds.

The Standard KNX meter can be used for direct measurement (75 A) and transformer measurement (1 and 5 A). The rating factor for the transformer meter can be defined in a wide range on the device. The Standard KNX meter is an accumulating unidirectional meter for active energy reading supporting up to 4 tariffs.

The Superior KNX meter is an accumulating bidirectional meter that is also capable of reading reactive energy. It can be used for direct (75 A) or transformer measurement (1 and 5 A) and also supports up to 4 tariffs. In addition, it provides 4 switching outputs (max. 230V, 90mA), that can be operated over the KNXbus

They combine the functions of a multimeter, energy meter and data logger. Using KNX FacilityWeb, the meters can read out and log numerous measured values, such as active and reactive energy, active and reactive power, voltage, current and power factor. Each one of the different power values can be monitored with two thresholds.

The Standard KNX meter can be used for direct measurement (75 A) and transformer measurement (1 and 5 A). The rating factor for the transformer meter can be defined in a wide range on the device. The Standard KNX meter is an accumulating unidirectional meter for active energy reading supporting up to 4 tariffs.

The Superior KNX meter is an accumulating bidirectional meter that is also capable of reading reactive energy. It can be used for direct (75 A) or transformer measurement (1 and 5 A) and also supports up to 4 tariffs. In addition, it provides 4 switching outputs (max. 230V, 90mA), that can be operated over the KNXbus

The new Lingg & Janke KNX DIN rail meters are multifunctional three phase energy meters of only 90 mm (5 Units) width offering exceptional flexibility and accuracy. Providing current transformer connection, these meters are capable of analyzing and monitoring a variety of parameters and can be employed in even the most demanding residential, commercial or industrial field of application. They combine the functions of a multimeter, energy meter and data logger in a single device. Using KNX FacilityWeb, the meters can read out and log numerous measured values, such as active and reactive energy, active and reactive power, voltage, current and power factor. Each one of the different output values can be monitored with two thresholds. The Standard KNX meter can be used for transformer measurement (1 and 5 A). The rating factor for the transformer meter can be defined in a wide range on the device.

The Standard KNX meter is an accumulating unidirectional meter for active energy reading supporting up to 4 tariffs.

The Superior KNX meter is an accumulating bidirectional meter that is also capable of reading reactive energy. It can be used for transformer measurement (1 and 5 A) and also supports up to 4 tariffs. In addition, it provides 4 switching outputs (230VAC, 90mA max.) that can be operated over the KNX bus.

The new Lingg & Janke KNX DIN rail meters are multifunctional three phase energy meters of only 90 mm (5 Units) width offering exceptional flexibility and accuracy. Providing current transformer connection, these meters are capable of analyzing and monitoring a variety of parameters and can be employed in even the most demanding residential, commercial or industrial field of application. They combine the functions of a multimeter, energy meter and data logger in a single device. Using KNX FacilityWeb, the meters can read out and log numerous measured values, such as active and reactive energy, active and reactive power, voltage, current and power factor. Each one of the different output values can be monitored with two thresholds. The Standard KNX meter can be used for transformer measurement (1 and 5 A). The rating factor for the transformer meter can be defined in a wide range on the device.

The Standard KNX meter is an accumulating unidirectional meter for active energy reading supporting up to 4 tariffs.

The Superior KNX meter is an accumulating bidirectional meter that is also capable of reading reactive energy. It can be used for transformer measurement (1 and 5 A) and also supports up to 4 tariffs. In addition, it provides 4 switching outputs (230VAC, 90mA max.) that can be operated over the KNX bus.

The signal voltage for each channel may be between 8V and 48V (BE9F24) and 180V and 250V (BE9F230), AC or DC.

Each channel is connected to a screwless terminal. For each channel, an LED indicates the state of the signal, even without bus voltage.

Comprehensive application software allows each channel to be parameterized individually. A counting feature complements the switching, dimming, shutter control and value feature of the binary input. The switching feature can generate two separate telegrams.

The eibSOLO binary input BE9FK can generate bustelegrams on 9 independent channels. The sensing voltage required is supplied by the devices from bus voltage. This allows conventional, potential-free pushbuttons or switches to be directly connected. Each channel is connected to a screwless terminal. For each channel, an LED indicates the state of the signal.

Comprehensive application software allows each channel to be parameterized individually. A counting feature complements the switching, dimming, shutter control and value feature of the binary input. The switching feature can generate two separatetelegrams.

shutter actuatorWith the eibSOLO series shutter actuators, up to 6 (4) shutter motors the connected motor even when no bus power is present. Themay be controlled independently from one another. Switching power flexible application software allows each channel to be fullyper channel is 6A at 250 V AC. Each channel may be linked to its own parameterised individually. Each channel permits 2 user-definedmains phase. Each contact has a screwless twin terminal block. In position set points, which can be called with a one bit command. Forthis way, the phase may be effortlessly daisy-chained through in a way the 6 (4) motor contacts, up to 32 different group addresses may becompliant with electrical regulations. The praxis oriented realisation assigned.is rounded off with the per-channel manual control, which will switch

The coupler can be used both as line coupler and as
backbone coupler. As a line coupler, it connects an
EIB line with a main line. As a backbone coupler, it
connects a main line with a backbone line. The
corresponding lines are then galvanically isolated
from each other.
A filter table determinies which telegrams are passed
through the coupler. With the LK2 coupler the
primary line is connected to a data rail, the LK2-2
coupler has bus terminals for both lines.

The signal voltage for each channel may be between 8V and 48V (BE9F24) and 180V and 250V (BE9F230), AC or DC.

Each channel is connected to a screwless terminal. For each channel, an LED indicates the state of the signal, even without bus voltage.

Comprehensive application software allows each channel to be parameterized individually. A counting feature complements the switching, dimming, shutter control and value feature of the binary input. The switching feature can generate two separate telegrams.

The eibSOLO 6-fold shutter/blind-control actuator can control 6 independent shutter/blind motors. The load for each channel is 6A at 250V AC, each channel can be assigned its own mains phase. Each channel is connected to a screwless twin terminal, which allows the phase to be looped through in compliance with existing regulations. Each channel can also be operated manually without bus voltage.

The sensors of the DIGITEMP series measure temperature values for the bus is achieved with the standard KNX/EIB connectors inside the heating, ventilation and air-conditioning applications. A typical examples is housing. In addition to a constant action controller the digitemp devices air intake (fresh air) and exhaust ducts, heating supply and return water provide 2 higher and 2 lower bound thresholds, which can be used temperatures and similar, as well as temperatures in rooms and buildings, individually or as two 2-step controllers.

These thresholds can trigger both in- and outside, like living quarters or storage depots. Our solutions switching actions (telegrams) on the bus. The group A threshold values comprise a damp environment sensor, contact sensor, room temperature and the setpoint value (in controller mode) can be set or modified directly via sensor, a channel or duct sensor and a pipe mounting sensor. Covering the (group) telegrams on the bus.

Optionally a live check (sensor status) report wide range of -55 … +125° C, they readily capture temperature values for is transmitted cyclically during correct operation of the sensor.

The sensors of the DIGITEMP series measure temperature values for the bus is achieved with the standard KNX/EIB connectors inside the heating, ventilation and air-conditioning applications. A typical examples is housing. In addition to a constant action controller the digitemp devices air intake (fresh air) and exhaust ducts, heating supply and return water provide 2 higher and 2 lower bound thresholds, which can be used temperatures and similar, as well as temperatures in rooms and buildings, individually or as two 2-step controllers.

These thresholds can trigger both in- and outside, like living quarters or storage depots. Our solutions switching actions (telegrams) on the bus. The group A threshold values comprise a damp environment sensor, contact sensor, room temperature and the setpoint value (in controller mode) can be set or modified directly via sensor, a channel or duct sensor and a pipe mounting sensor. Covering the (group) telegrams on the bus.

Optionally a live check (sensor status) report wide range of -55 … +125° C, they readily capture temperature values for is transmitted cyclically during correct operation of the sensor.

The sensors of the DIGITEMP series measure temperature values for the bus is achieved with the standard KNX/EIB connectors inside the heating, ventilation and air-conditioning applications. A typical examples is housing. In addition to a constant action controller the digitemp devices air intake (fresh air) and exhaust ducts, heating supply and return water provide 2 higher and 2 lower bound thresholds, which can be used temperatures and similar, as well as temperatures in rooms and buildings, individually or as two 2-step controllers.

These thresholds can trigger both in- and outside, like living quarters or storage depots. Our solutions switching actions (telegrams) on the bus. The group A threshold values comprise a damp environment sensor, contact sensor, room temperature and the setpoint value (in controller mode) can be set or modified directly via sensor, a channel or duct sensor and a pipe mounting sensor. Covering the (group) telegrams on the bus.

Optionally a live check (sensor status) report wide range of -55 … +125° C, they readily capture temperature values for is transmitted cyclically during correct operation of the sensor.

The sensors of the DIGITEMP series measure temperature values for the bus is achieved with the standard KNX/EIB connectors inside the heating, ventilation and air-conditioning applications. A typical examples is housing. In addition to a constant action controller the digitemp devices air intake (fresh air) and exhaust ducts, heating supply and return water provide 2 higher and 2 lower bound thresholds, which can be used temperatures and similar, as well as temperatures in rooms and buildings, individually or as two 2-step controllers.
These thresholds can trigger both in- and outside, like living quarters or storage depots. Our solutions switching actions (telegrams) on the bus. The group A threshold values comprise a damp environment sensor, contact sensor, room temperature and the setpoint value (in controller mode) can be set or modified directly via sensor, a channel or duct sensor and a pipe mounting sensor. Covering the (group) telegrams on the bus.
Optionally a live check (sensor status) report wide range of -55 … +125° C, they readily capture temperature values for is transmitted cyclically during correct operation of the sensor.
Type / Application:: damp enviroment sensor FRF99
measures temperatures in damp environments as, for example, in warehouses
Properties:
· temperature range -55 … +125°C
· 4 independent thresholds
· integrated temperature contoller
· complete FacilityWeb functionality in connection with NK-FW-xx.
· integrated data logging for 1-year
· thresholds adjustable by browser
· RTFF10-FW including humidity measurement (without integrated temperature controller)
· HTTP-protocol, dedicated homepage
immersion sleeve and mounting accessories on request

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

By disclaiming the manual operation of the drives and because of the optimized design Lingg & Janke has been able to offer a more favorable price. The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction.

. The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction.

By disclaiming the manual operation of the drives and because of the optimized design Lingg & Janke has been able to offer a more favorable price. The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction.

By disclaiming the manual operation of the drives and because of the optimized design Lingg & Janke has been able to offer a more favorable price. The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction.

By disclaiming the manual operation of the drives and because of the optimized design Lingg & Janke has been able to offer a more favorable price. The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction.

By disclaiming the manual operation of the drives and because of the optimized design Lingg & Janke has been able to offer a more favorable price. The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction.

By disclaiming the manual operation of the drives and because of the optimized design Lingg & Janke has been able to offer a more favorable price. The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction.

The advantages and the high quality of Lingg & Janke products are still preserved. For examplethe switching actuators are still ideally suited for switching capacitive loads with high switching currents (C-load) and the relays of the blind / shutter actuators are plunged so they can be exchanged separately in case of malfunction

This 6-gang switching actuator of the eibSOLO series is ideally suited for switching high loads, also capacitive ones with high switchingcurrents (C-load). Switching power per channel is 16A at 250 V AC. Each channel may be linked to its own mains phase. Each contact has a screwless twin terminal block. In this way, the phase may be effortlessly daisy-chained through and two circuits may beconnected, all in a way compliant with electrical regulations. The praxis oriented realisation is rounded off with the per-channel manual control, which also serves to indicate the switching status. The flexible application software allows each contact to be fully parameterised individually. For the 6 switching contacts, up to 40 different group addresses may be assigned.

The eibDUO Series switching actuator and power supply contains a 6-channel actuator and a 640 mA EIB voltage supply, as well as RS 232 or USB interface in one housing.

The actuator part is particularly suitably to high and capacitive loads with high switching on current (C-load). Contact rating per contact amounts to 16A with 250V AC, each channel its own phase can be assigned.

Each contact is on one screwless double clamp. Thus standard grinding through of the phase and a duplicate of the output terminal are problem-free.

Each channel also has a manual control, which serves also as mechanical on/off indicator.

Universal dimming actuator 4 x 2.5 A / 570W, with current measurement functions and improved for dimming LED loads

ACTUATORS - OUTPUTS

This dimming actuator 4-fold is designed for all common dimmable loads. The 4 dimmable outputs are able to be loaded up to 2.5 A each. The control circuit of each channel is able to detect the type of the connected load and switch automatically between leading or trailing edge.

To heighten loads even two of the outputs can be put together in parallel arrangement. In addition to the automatically load detection each channel could be pre-configured with DIP switches.

The eHZ KNX interface consists of the optical reading head with RS232 connector and a 3 RU DIN RAIL unit with KNX terminal housing. The various protocols of the eHZ manufacturers are read via the optical customer interface on the front side of the meter. Depending on the protocol provided by the manufacturer, meter readings such as T1/T2 values, A+ / A- values and power, voltage and current values can be read out.

The KNX/EIB module stores the measured data at 15-minute intervals over a period of one year and provides full FacilityWeb capability.

Every meter has its own web page. Via a network coupler it is possible to read out meter readings with a standard web browser.

This 6-gang switching actuator of the eibSOLO series is ideally suited for switching high loads, also capacitive ones with high switchingcurrents (C-load). Switching power per channel is 16A at 250 V AC. Each channel may be linked to its own mains phase. Each contact has a screwless twin terminal block. In this way, the phase may be effortlessly daisy-chained through and two circuits may beconnected, all in a way compliant with electrical regulations. The praxis oriented realisation is rounded off with the per-channel manual control, which also serves to indicate the switching status. The flexible application software allows each contact to be fully parameterised individually. For the 6 switching contacts, up to 40 different group addresses may be assigned.

The eibDUO Series switching actuator and power supply contains a 6-channel actuator and a 640 mA EIB voltage supply in one housing.

The actuator part is particularly suitably to high and capacitive loads with high switching on current (C-load). Contact rating per contact amounts to 16A with 250V AC, each channel its own phase can be assigned.

Each contact is on one screwless double clamp. Thus standard grinding through of the phase and a duplicate of the output terminal are problem-free.

Each channel also has a manual control, which serves also as mechanical on/off indicator.

The eibDUO Series switching actuator and power supply contains a 6-channel actuator and a 640 mA EIB voltage supply, as well as RS 232 or USB interface in one housing.

The actuator part is particularly suitably to high and capacitive loads with high switching on current (C-load). Contact rating per contact amounts to 16A with 250V AC, each channel its own phase can be assigned.

Each contact is on one screwless double clamp. Thus standard grinding through of the phase and a duplicate of the output terminal are problem-free.

Each channel also has a manual control, which serves also as mechanical on/off indicator.

4-button main modul with integrated BCU for the connection of up to 3 extension modules

Wich facility web functionality (using a NK-FW via Web Browser)

KNX IP-Switch

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

Itron Gas meter

The Itron gas meter uses its own Itron interface for reading out the meter reading and serial number. The Lingg&Janke KNX module is installed in an external surfacemounting enclosure.

Parameter Setting

The available parameters allow you to define the following outputs:

Meter value (m³)

High-resolution meter value (10 l)

Meter status

Serial number and meter number

Relative up counter Meter value / Reset

Relative down counter Meter value / Reset / Zero

Output 15min / 60min difference (m³)

Due date billing Date / Set

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 15 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

KNX product database for gas meter

The KNX elektricity meter from Finder are direct connection single-phase and three-phase meters for 35 mm rail (EN 60715) mount. The meter are full electronic without movable parts. Thus, shock and impact during transport and mounting do not affect energy registration.

Display indicates:

total consumption

partial consumption (this value is resettable)

voltage

current

Storage of Consumption Data

The Lingg & Janke KNX module stores the measured data every 15 minutes over a period of one year and provides full FacilityWeb capability. Every meter has its own home page. The meter readings can be read out directly via a network coupler using a standard Internet browser, or transmitted for further processing and billing purposes using FTP. Consistent communication based on the TCP/IP and KNX protocol is the key to fast and costeffective acquisition of operating and energy consumption data.

The SHARKY Heat Meter can be used for measuring the energy consumption in heating / cooling application for billing purposes. The measurement principle is static and based on the measurement of the transit time. Ultrasonic technology offers many benefits : no moving parts (avoids wear and tear of the metering components), low pressure loss, large metering dynamics and low start flow rate, insensitiveness to suspended particles.

The SHARKY Heat Meter can be used for measuring the energy consumption in heating / cooling application for billing purposes. The measurement principle is static and based on the measurement of the transit time. Ultrasonic technology offers many benefits : no moving parts (avoids wear and tear of the metering components), low pressure loss, large metering dynamics and low start flow rate, insensitiveness to suspended particles.

MULTICAL 62 is an ultrasonic flow sensor, which is used for measurement of cold water consumption (0.1...50°C) and hot water consumption (0.1...90°C) in trade, industry and housing. The ultrasonic sensor does not include any mechanical parts, which means that it is not subject to wear

Meter MID approved

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 21 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

MULTICAL 62 is an ultrasonic flow sensor, which is used for measurement of cold water consumption (0.1...50°C) and hot water consumption (0.1...90°C) in trade, industry and housing. The ultrasonic sensor does not include any mechanical parts, which means that it is not subject to wear

Meter MID approved

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 21 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

MULTICAL 62 is an ultrasonic flow sensor, which is used for measurement of cold water consumption (0.1...50°C) and hot water consumption (0.1...90°C) in trade, industry and housing. The ultrasonic sensor does not include any mechanical parts, which means that it is not subject to wear

Meter MID approved

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 21 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

MULTICAL 62 is an ultrasonic flow sensor, which is used for measurement of cold water consumption (0.1...50°C) and hot water consumption (0.1...90°C) in trade, industry and housing. The ultrasonic sensor does not include any mechanical parts, which means that it is not subject to wear

Meter MID approved

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 21 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

MULTICAL 62 is an ultrasonic flow sensor, which is used for measurement of cold water consumption (0.1...50°C) and hot water consumption (0.1...90°C) in trade, industry and housing. The ultrasonic sensor does not include any mechanical parts, which means that it is not subject to wear

Meter MID approved

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 21 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

MULTICAL 62 is an ultrasonic flow sensor, which is used for measurement of cold water consumption (0.1...50°C) and hot water consumption (0.1...90°C) in trade, industry and housing. The ultrasonic sensor does not include any mechanical parts, which means that it is not subject to wear

Meter MID approved

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 21 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

The Elster gas meter uses an Absolute ENCODER register which allows direct read out of the meter readings by the KNX module. This greatly facilitates meter replacement as the meter reading and the serial number are read out automatically. The Lingg&Janke KNX module can be directly plugged on to the Elster gas meter.Parameter Setting

The Elster gas meter uses an Absolute ENCODER register which allows direct read out of the meter readings by the KNX module. This greatly facilitates meter replacement as the meter reading and the serial number are read out automatically. The Lingg&Janke KNX module can be directly plugged on to the Elster gas meter.Parameter Setting

The Elster gas meter uses an Absolute ENCODER register which allows direct read out of the meter readings by the KNX module. This greatly facilitates meter replacement as the meter reading and the serial number are read out automatically. The Lingg&Janke KNX module can be directly plugged on to the Elster gas meter.Parameter Setting

The Elster gas meter uses an Absolute ENCODER register which allows direct read out of the meter readings by the KNX module. This greatly facilitates meter replacement as the meter reading and the serial number are read out automatically. The Lingg&Janke KNX module can be directly plugged on to the Elster gas meter.Parameter Setting

The Elster gas meter uses an Absolute ENCODER register which allows direct read out of the meter readings by the KNX module. This greatly facilitates meter replacement as the meter reading and the serial number are read out automatically. The Lingg&Janke KNX module can be directly plugged on to the Elster gas meter.Parameter Setting

The Elster gas meter uses an Absolute ENCODER register which allows direct read out of the meter readings by the KNX module. This greatly facilitates meter replacement as the meter reading and the serial number are read out automatically. The Lingg&Janke KNX module can be directly plugged on to the Elster gas meter.Parameter Setting

The eHZ KNX interface consists of the optical reading head with RS232 connector and a 3 RU DIN RAIL unit with KNX terminal housing. The various protocols of the eHZ manufacturers are read via the optical customer interface on the front side of the meter. Depending on the protocol provided by the manufacturer, meter readings such as T1/T2 values, A+ / A- values and power, voltage and current values can be read out.

The KNX/EIB module stores the measured data at 15-minute intervals over a period of one year and provides full FacilityWeb capability.

Every meter has its own web page. Via a network coupler it is possible to read out meter readings with a standard web browser.

The quick-series of switching actuators with binary inputs are suitedfor high loads, including capacitive loads with high inrush currents ( c-load ). The maximum load for each channel is 16A at 250V AC.Each channel may be used with a separate phase.Programming the devices is usually done with the rotary-encoderswitches.Whenever needed, programming via the ETS is possible, like anyother standard KNX device.

Itron Gas meter

The Itron gas meter uses its own Itron interface for reading out the meter reading and serial number. The Lingg&Janke KNX module is installed in an external surfacemounting enclosure.

Parameter Setting

The available parameters allow you to define the following outputs:

Meter value (m³)

High-resolution meter value (10 l)

Meter status

Serial number and meter number

Relative up counter Meter value / Reset

Relative down counter Meter value / Reset / Zero

Output 15min / 60min difference (m³)

Due date billing Date / Set

Storage of Consumption Data

The integrated KNX data logger stores the data at 15 minute intervals over a period of one year. The data can be read out directly via the NK-FW network coupler using a standard Internet browser. By using FTP, you can also download the stored data from the KNX/EIB module for further processing, for example with MS Excel or Flash / Silverlight. The application program offers 15 data points for further processing in the KNX/EIB bus. The individual data can be transmitted cyclically to the KNX bus.

Rocker 1-fold without lens, similar to pure white RAL 9010The pure white cover 86200 from the company Lingg & Janke promises excellent quality and provides style. When using covers, the design must be the right one, in order to impress your customers. This cover fits perfectly into any application field with its pure white. Their design is discreet and functional.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

Remote re-configuration and long-time accuracy

Imagine that utilities’ heat meters can be configured with new settings adjusted to the current needs – without logistical challenges and direct access to the meters and without legal registers, meter readings or network control being affected.

Imagine, that the meter’s log can be read in order for abnormal consumption patterns to be investigated – without having to disturb the customer unnecessarily.

With the new built-in 2-way communication in MULTICAL® 403 and a READy remote reading system, it is now possible to perform remote configuration of the meters and reading of the log without direct access to the installation.

Discover the possibilities within flexible and easy remote configuration of heat meters – for less hassle for both the utility and the consumer.

Flexibility and longtime accuracyNow, you only need to keep one meter in stock. With MULTICAL® 403 everything from inlet/outlet position to energy unit, cut-off dates and much more can be configured individually via the meter’s front panel directly at the installation site.

This allows you to keep a low stock and save resources previously spent on planning.

Full flexibilityMULTICAL® 403 can be fitted with a selection of advanced communication modules. Kamstrup offers modules with Modbus, BACnet, M-bus, wireless M-bus and analogue outputs. By combining the meter’s very fast integration time and the modules’ optimised power consumption, you gain access to updated and very frequent meter data. By using M-Bus, the meter obtains a battery lifetime of up to 16 years with meter readings via the module every 10 seconds.

You can upgrade through separate software updates for the meter and module respectively as new possibilities and challenges occur without interfering with legal registers.

The quick-series of switching actuators with binary inputs are suitedfor high loads, including capacitive loads with high inrush currents ( c-load ). The maximum load for each channel is 16A at 250V AC.Each channel may be used with a separate phase.Programming the devices is usually done with the rotary-encoderswitches.Whenever needed, programming via the ETS is possible, like anyother standard KNX device.

The quick-series of switching actuators with binary inputs are suitedfor high loads, including capacitive loads with high inrush currents ( c-load ). The maximum load for each channel is 16A at 250V AC.Each channel may be used with a separate phase.Programming the devices is usually done with the rotary-encoderswitches.Whenever needed, programming via the ETS is possible, like anyother standard KNX device.

The quick-series of switching actuators with binary inputs are suitedfor high loads, including capacitive loads with high inrush currents ( c-load ). The maximum load for each channel is 16A at 250V AC.Each channel may be used with a separate phase.Programming the devices is usually done with the rotary-encoderswitches.Whenever needed, programming via the ETS is possible, like anyother standard KNX device.

The quick-series of switching actuators with binary inputs are suitedfor high loads, including capacitive loads with high inrush currents ( c-load ). The maximum load for each channel is 16A at 250V AC.Each channel may be used with a separate phase.Programming the devices is usually done with the rotary-encoderswitches.Whenever needed, programming via the ETS is possible, like anyother standard KNX device.

• Colour: pure white RAL 9010• all modules can accommodate single or double rocker units• all modules may have rocker switch action or single-key pushbutton action• all rocker units are available with or without laser-engraved labelling.• KNX IP-Switches are compatible with Exclusiv 55

• Colour: pure white RAL 9010• all modules can accommodate single or double rocker units• all modules may have rocker switch action or single-key pushbutton action• all rocker units are available with or without laser-engraved labelling.• KNX IP-Switches are compatible with Exclusiv 55

• Colour: pure white RAL 9010• all modules can accommodate single or double rocker units• all modules may have rocker switch action or single-key pushbutton action• all rocker units are available with or without laser-engraved labelling.• KNX IP-Switches are compatible with Exclusiv 55

• Colour: pure white RAL 9010• all modules can accommodate single or double rocker units• all modules may have rocker switch action or single-key pushbutton action• all rocker units are available with or without laser-engraved labelling.• KNX IP-Switches are compatible with Exclusiv 55

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

KNX IP switches by Lingg & Janke comprise a main module with KNX bus coupling unit. Up to three extension modules, connected by prefabricated cables, open out the functional range of the KNX IP switch main module. As many as 16 switching functions can thus be implemented without great expense, using just one bus coupling unit.

Both, main and extension modules, can accommodate single or double rocker switches. The rockers are designed as pushbuttons with neutral position so that they can provide different switching functions, such as ON/OFF, dimmer, or louvre blinds control.

Easy Parameter Definition

In the ETS application software, you always go through the same steps when setting the module parameters, be it the main module or the extension module. For every module you decide whether the switch function is to be implemented by a rocker switch action or a single-key pushbutton action. The switch action itself can be an ON/OFF or dimmer operation, louvre blinds or scenario control, or a value setting function.

Our Range of Switches

The switching rockers are available in the color arctic-white and with laser-engraved labeling. All IP switching modules are offered with single or double rocker unit. KNX IP switches are compatible with the Kopp Design HK05 switch range and can thus be freely combined with these devices.

The supplementary circuit for energy saving lamps and LED lamps improves the dimming behaviour of ESL and retrofit LED lamps. (LED lamps that can replace conventional incandescent lamps with identical base). Energy saving lamps and LED lamps have an electric ballast integrated in their base that limits the mains voltage to a level suitable for lamp operation. This electric ballast may prevent the detection of the main voltage zero crossing that is required for proper dimming operation, with the result that the lamp may start flickering.

The supplementary circuit for energy saving lamps and LED lamps improves the dimming behaviour of ESL and retrofit LED lamps. (LED lamps that can replace conventional incandescent lamps with identical base). Energy saving lamps and LED lamps have an electric ballast integrated in their base that limits the mains voltage to a level suitable for lamp operation. This electric ballast may prevent the detection of the main voltage zero crossing that is required for proper dimming operation, with the result that the lamp may start flickering.

The quick-series of switching actuators with binary inputs are suitedfor high loads, including capacitive loads with high inrush currents ( c-load ). The maximum load for each channel is 16A at 250V AC.Each channel may be used with a separate phase.Programming the devices is usually done with the rotary-encoderswitches.Whenever needed, programming via the ETS is possible, like anyother standard KNX device.

Futurasmus KNX Group is a highly specialized and internationally active KNX Wholesaler, being our forte the excellent technical support we provide. You can visit our online catalogue in this website and, if you are a professional, ask for a non binding offer for your KNX projects. Should you be interested in buying KNX components, you are welcome to read our General Sales Conditions and contact our technicians and commercial agents per telephone, e-mail or online help.

Since 2003 we have been a Certified Training Centre KNX++, which means that we are entitled to impart the KNX Basic Course as well as the KNX Advanced Course and KNX Tutor Course. We are manufacturer-independent and also offer other specialized and monographic KNX seminars. After teaching more than 1.500 KNX partners, our KNX Trainers have quite a large and positive expertise. Please, contact us for customized KNX training worldwide (groups of at least 8 people) at training@futurasmus-knxgroup.org

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